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Formlabs

Formlabs SLS Fuse Nylon 12 Powder 6kg

Regular price $1556.00
Regular price Sale price $1556.00
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Formlabs SLS Fuse Nylon 12 Powder 6kg is the industry-standard thermoplastic material designed for high-performance Selective Laser Sintering within the Fuse series ecosystem. This robust material provides an exceptional balance of tensile strength and dimensional accuracy, making it the primary choice for functional prototyping and the end-use production of complex assemblies. Developed specifically for the Fuse 1 and Fuse 1+, this powder ensures high environmental stability and professional-grade durability across all printed components.

Engineering Excellence with Formlabs SLS Fuse Nylon 12 Powder 6kg

Furthermore, the Formlabs SLS Fuse Nylon 12 Powder 6kg delivers a Shore D hardness of 75, providing a rigid and wear-resistant surface finish for industrial applications. This specific hardness rating ensures that components can withstand rigorous mechanical stress whilst maintaining geometric precision over long-term use. Consequently, the material is highly resistant to light, heat, and chemicals, ensuring that parts remain stable and functional even in demanding outdoor or industrial environments.

Technical performance for Formlabs SLS Fuse Nylon 12 Powder 6kg is highlighted by an Ultimate Tensile Strength of 50 MPa and a Tensile Modulus of 1.9 GPa. These metrics confirm the ability of the material to replace traditional injection-moulded parts in small-batch manufacturing cycles.

Operating with an economical 30% refresh rate, Formlabs SLS Fuse Nylon 12 Powder 6kg allows for the efficient use of up to 70% recycled powder to minimise operational costs. This significantly reduces the cost-per-part whilst maintaining the mechanical integrity of the build. Because the powder absorbs very little moisture, the resulting parts exhibit superior wear resistance and longevity. Whether producing rugged enclosures or complex mechanical linkages, this material offers the reliability required for professional additive manufacturing workflows.

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